public static void Main1()
{
Nm nm = new Nm();
nm.create();
while (true)
{
qv("loop start");
gbWhile = true;
var nos = new List <No>();
for (int i = 0; i < 10; i++)
{
No no = new No(nm);
no.create();
nos.Add(no);
}
foreach (var no in nos)
{
no.naiWrite(new Ni(Nit.Test1));
no.naiWrite(new Ni(Nit.Test1));
no.naiWrite(new Ni(Nit.Test1));
no.naiWrite(new Ni(Nit.Test1));
}
int wc = 0;
while (gbWhile)
{
wc++;
//qv("while wc:" + wc);
//no.naiWrite(new Ni(Nit.Test1));
//if (wc == 20) { nos.First().naiWrite(new Ni(Nit.Test2)); }
System.Threading.Thread.Sleep(100);
}
qv("end1 - no.release()");
foreach (var no in nos)
{
no.release();
}
}
qv("end2 - nm.release()");
nm.release();
qv("end3 - app");
}
public bool create()
{
if (!mNo.create())
{
return(false);
}
if (!base.create(gHost, gServ, false))
{
return(false);
}
System.Threading.Interlocked.Add(ref gCtcc, 1);
mbCreate = true;
return(true);
}
public static void Main1()
{
while (true)
{
gbWhile = true;
Nm nm = new Nm();
nm.create();
No no = new No(nm);
no.create();
qv("naiWrite");
no.naiWrite(new Ni(Nit.Test1));
no.naiWrite(new Ni(Nit.Test1));
no.naiWrite(new Ni(Nit.Test1));
no.naiWrite(new Ni(Nit.Test1));
no.naiWrite(new Ni(Nit.Test1));
no.naiWrite(new Ni(Nit.Test1));
no.naiWrite(new Ni(Nit.Test1));
int wc = 0;
while (gbWhile)
{
//wc++;
//qv("while wc:" + wc);
//no.naiWrite(new Ni(Nit.Test1));
//if (wc == 50) { no.naiWrite(new Ni(Nit.Test2)); }
System.Threading.Thread.Sleep(50);
}
qv("end1");
no.release();
qv("end2");
nm.release();
qv("end3");
}
}
public bool create()
{
if (!mNo.create())
{
return(false);
}
{
NccpcNw1Sv.CreateOptions co = new CreateOptions(mMm, gServ);
co.mHost = gHost;
//co.mCtmax = (uint)gCtmax + 1;
co.mTransbuffersize = (uint)gNwBfMax;
if (!base.create(co))
{
return(false);
}
}
mbCreate = true;
return(true);
}
